D-Cubed 3D DCM

Solve 3D geometric constraints applied to a wide range of entities, including points, lines, planes, circles, ellipses, cylinders, tori and parametric curves/surfaces.

Dimensions and constraints include distance, angle, radius, parallel, perpendicular, tangent, concentric, symmetric, normal, midpoint and pattern. Variable dimensions can be linked by equations, for example, linking the rotation or translation of one component with another to enable kinematic simulation. Dimensions can be bounded to specify a range of values which a distance or angle dimension can assume when solving the model.

Apply geometric constraints to position rigid bodies with respect to free forms curves and surfaces. Control the shape free-form curves with parameters including tangency, curvature and curve length.

Select from various solving modes to obtain your preferred solutions, such as moving the minimum number of geometries, or moving geometries the minimum amount relative to each other.

Obtain comprehensive feedback about the status of the model, including what is well-defined, under-defined and over-defined.